Example #1
0
 def run(self):
     self.running = True
     while self.running:
         QThread.usleep(100)
         if self.scrollingTimer.isActive():
             self.scrollMeasureSignal.emit(self.time.elapsed(),
                                           self.counter)
     self.running = False
Example #2
0
 def wait_until(self, end_time = None):
     """
     Wait until the desired time, or infinitely if no end is
     specified.
     """
     if end_time is None:
         # no end time, so just loop
         while not self._stopped:
             self._new_time = now()
             self.processEvents()
             self._last_time = self._new_time
             QThread.usleep(100)
     else:
         while self._new_time < end_time and not self._stopped:
             self._new_time = now()
             self.processEvents()
             self._last_time = self._new_time
             QThread.usleep(100)
Example #3
0
 def wait_until(self, end_time=None):
     """
     Wait until the desired time, or infinitely if no end is
     specified.
     """
     if end_time is None:
         # no end time, so just loop
         while not self._stopped:
             self._new_time = now()
             self.processEvents()
             self._last_time = self._new_time
             QThread.usleep(100)
     else:
         while self._new_time < end_time and not self._stopped:
             self._new_time = now()
             self.processEvents()
             self._last_time = self._new_time
             QThread.usleep(100)
Example #4
0
 def vertexAndColors(self, *args, **kwargs):
     from utils.misc import Ice, Fire, Hot, IceAndFire, Grey
     self.vertexList, self.colors =[], []
     min_, max_ = min(map(min, self.intensityList)), max(map(max, self.intensityList))
     for i, mass_of_spectrum in enumerate(self.massList):
         
         for j, mass in enumerate(mass_of_spectrum):
             self.vertexList.append([ - self.corner_ +  mass, 
                                      -self.corner_, 
                                      - self.near_- 2*self.corner_ - self.rtList[i][0]])
                  
             self.vertexList.append([ - self.corner_ + mass, 
                                - self.corner_ + self.intensityList[i][j], 
                                - self.near_- 2*self.corner_ - self.rtList[i][0]])
     
             color =IceAndFire._get_color(self.intensityList[i][j]/max_)
             for n in xrange(2):
                 self.colors.append(color)
         QThread.usleep(10)
Example #5
0
x = bool(0)
y = bool(1)

# define key event (not used currently)
f = QtGui.QKeyEvent(QtCore.QEvent.KeyPress, 0, QtCore.Qt.KeypadModifier, QtCore.QString(), x, 1)

# icon widget
icon = Icon()
# allow for keyboard input when widget is activated
icon.setFocusPolicy(QtCore.Qt.StrongFocus)
# enable widget to accept keyboard input
icon.setEnabled(y)

# show icon
icon.show()

# allow user to enter input for 'interval' seconds
interval = 10
timeLength = now() + interval
start = now()
print "now =", start
print "input allowed until", timeLength, "\n"

while True:
    new_time = now()
    app.processEvents()
    last_time = new_time
    QThread.usleep(100)

#sys.exit(app.exec_())
Example #6
0
y = bool(1)

# define key event (not used currently)
f = QtGui.QKeyEvent(QtCore.QEvent.KeyPress, 0, QtCore.Qt.KeypadModifier,
                    QtCore.QString(), x, 1)

# icon widget
icon = Icon()
# allow for keyboard input when widget is activated
icon.setFocusPolicy(QtCore.Qt.StrongFocus)
# enable widget to accept keyboard input
icon.setEnabled(y)

# show icon
icon.show()

# allow user to enter input for 'interval' seconds
interval = 10
timeLength = now() + interval
start = now()
print "now =", start
print "input allowed until", timeLength, "\n"

while True:
    new_time = now()
    app.processEvents()
    last_time = new_time
    QThread.usleep(100)

#sys.exit(app.exec_())